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首页> 外文期刊>Journal of Nondestructive Evaluation >Characterization of Liquids Using Electrical Properties in Microwave and Millimeter Wave Frequency Bands
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Characterization of Liquids Using Electrical Properties in Microwave and Millimeter Wave Frequency Bands

机译：微波和毫米波频带中使用电性能的液体表征

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This paper describes effects of electrical properties of materials to recognize the liquids with high accuracy. The goal of this study is to quickly characterize a liquid by making accurate predictions. By interpreting the relationships between the specified properties, the forecasts have been tried to be executed about other important parameters of any liquid. However, although the effects of the important parameters are paid attention, the temperature effect is not considered, in this study. Considering the high importance of safety and security applications, the liquids analyzed in this study were chosen to be transported by one person on various trips. Two different microwave spectroscopy systems (reflectivity free space and coaxial probe measurement methods), are used to collect the electrical properties of liquids by vector network analyzer. Furthermore, these specially selected liquids are first measured in a wide frequency range and the values of their complex permittivity are given.
机译：本文介绍了材料的电气性质以高精度识别液体的效果。本研究的目标是通过准确的预测来快速表征液体。通过解释指定属性之间的关系，已经尝试对任何液体的其他重要参数执行预测。然而，尽管重要参数的影响得到注意，但在本研究中不考虑温度效应。考虑到安全和安全应用的高度重要性，选择本研究中分析的液体被选中，以由一个人在各种旅行中运输。两种不同的微波光谱系统（反射率自由空间和同轴探针测量方法）用于通过矢量网络分析仪收集液体的电性能。此外，首先在宽频率范围内测量这些特殊选择的液体，并给出复杂介电常数的值。

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